NpgRJ_NM_1717 144..153
نویسندگان
چکیده
Nika N Danial1–3, Loren D Walensky2–5, Chen-Yu Zhang6, Cheol Soo Choi7,8, Jill K Fisher1–3, Anthony J A Molina9, Sandeep Robert Datta10,13, Kenneth L Pitter2–5, Gregory H Bird2–5, Jakob D Wikstrom9, Jude T Deeney11, Kirsten Robertson1–3, Joel Morash2–5, Ameya Kulkarni7,8, Susanne Neschen7,8, Sheene Kim7,8, Michael E Greenberg10, Barbara E Corkey11, Orian S Shirihai9, Gerald I Shulman7,8, Bradford B Lowell12 & Stanley J Korsmeyer1,7
منابع مشابه
A qualitative and quantitative electron microscopic study of the neurons in the primate motor and somatic sensory cortices.
R esults 144 {a) Qualitative study of the motor cortex 144 (i) Pyramidal cells 144 (ii) Betz cells 144 (iii) Large stellate cells 145 (iv) Small stellate cells 146 (v) Martinotti cells 147 {b) Qualitative study of area Zb of somatic sensory cortex 148 (i c) Quantitative study of motor cortex and area of somatic sensory cortex 148 (i) Pre-classification analysis 149 (ii) Results classified by ce...
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centroid, 19, 25, 30 circular displacement, 102 code convolutional, 36, 58 Elias, 256 Gallager-vanVoorhis, 255 Golomb, 218, 254 Golomb–Rice, 188 Levenstein, 256 monotonic, 254 prefix-free, 239 terminated convolutional, 37 trellis, 38 unary, 254 zero-tail terminated convolutional, 37 codebook, 26, 27 adaptive, 154 adaptive gain, 155 stochastic, 156 stochastic gain, 156 codec ACELP, 158 code exci...
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Traumatic brain injury (TBI) is a common cause for cognitive and communication problems, but the molecular and cellular mechanisms are not well understood. Epigenetic modifications, such as microRNA (miRNA) dysregulation, may underlie altered gene expression in the brain, especially hippocampus that plays a major role in spatial learning and memory and is vulnerable to TBI. To advance our under...
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